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vegetable omlette mix paper
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Volume IV, Issue II, February 2015 IJLTEMAS ISSN 2278 - 2540
www.ijltemas.in Page 117
Development of Vegetable Omelette Mix
M. Madhankumar, R. Padmavati
Food and Nutritional Biotechnology SRM University, Chennai, India.
Abstract: Vegetable omelette mix is a rich nutritious food with
high protein content and less fat content which is highly suita-
ble for dietary purposes. The main ingredient moong dal used
in this product was proved to have reduced risks of blood
pressure and prevent hypertension. Moong dal and gram dal
were taken in three different proportions and processed by two
methods namely frying and soaking method. Also, the other
ingredients used were all rich in nutrional value. The an-
ti-microbial property and physiochemical property of the
samples were tested. Since there was a very low content of
moisture in the product, there was no growth of bacteria and
fungi resulting in the extended shelf life of the product. Sample
obtained using frying method was found to be devoid of any
microbial contamination even after a long period of time be-
cause of the low moisture content than that of the sample ob-
tained using soaking method. Also, the protein content in the
frying method sample was analysed to be higher than the sam-
ple obtained using the soaking method. Thus, this study shows
that frying method gives better taste, texture and flavour
compared to the soaking method.
Keywords: moong dhal, sensory analysis, physiochemical prop-
erties, and shelf life studies.
I. INTRODUCTION
he word 'food' refers to the chemical substances taken
into the body in order to keep the body in a healthy
and active condition. The body requires food for growth,
repair and replacement of its worn-out tissues. Hence, food
has to provide the required raw material, energy and other
regulating substances, like vitamins and minerals, for the
smooth functioning of the body, besides meeting the calo-
rific requirements like carbohydrates, proteins, fats, etc.,
India is the world's second largest producer of food next to
China and has the potential of being biggest industry with
food and agricultural sector contributing 26 per cent to In-
dian GDP. It has the capacity of producing over 600 million
tons of food products every year; it is likely to be doubled
in next ten years.
In India, majority of food consumption is still at
home. Nevertheless, out of home food consumption is in-
creasing due to increase in urbanization, breaking up of the
traditional joint family system, desire for quality, time
which translates into an increased need for convenience,
increasing number of working women, rise in per capita
income, changing lifestyles and increasing level of afflu-
ence in the middle income group had brought about changes
in food habits. In India, majority of food consumption is
still at home. Nevertheless, out-of-home food consumption
is increasing due to increase in urbanization, breaking up of
the traditional joint family system, desire for quality, time
which translates into an increased need for convenience,
increasing number of working women, rise in per capita
income, changing lifestyles and increasing level of afflu-
ence in the middle income group had brought about changes
in food habits. Hence, Instant Food Products came into light,
which originated in Japan with Instant noodles and had its
beginning in India in 80’s, are found today in the kitchen
shelves of every Indian household. The advancement of
science and technology offered the people new foods
processing vessels, equipment and tools but still people
were in search of new techniques to speed up the cooking
process in order to cope up with mechanical life, as they do
not have sufficient time to cook food in the conventional
methods. Capitalizing this situation, business houses rang-
ing from small time manufactures to multinational corpora-
tions have started innovating and commercializing “easy to
cook food items” like noodles, vermicelli, gulab jamun,
instant idli, vada, dosa mix etc… that are otherwise called
instant. The instant food products are not only easy to cook
T
Volume IV, Issue II, February 2015 IJLTEMAS ISSN 2278 - 2540
www.ijltemas.in Page 118
but also have a significant role and place in the
celebration of the family functions and religious functions
of the people. Instant food products which are prepared and
packaged often in powdered form are required only the ad-
dition of a liquid as water or milk for final preparation”
Unlike olden days where man used to have his food lavishly
and slowly, the present trend changed the habits to foods,
which are simple and easy to digest. Hence, the existence of
these foods fulfilled all the needs of modern human being.
Canned foods, convenience foods, fast foods, frozen foods,
instant products, dried foods, preserved foods, etc. all
comes under instant foods or ready-to-eat foods. The food
habitats in India have changed due to the Western influence
and the usage of these foods is also on the rise.
The main ingredient of the vegetable omelette mix
is moong dhal, to which gram dhal is added. Moong dhal
has high protein content with minimal fat content which is
mainly used for dietary purpose. It also has an advantage of
reducing blood pressure and prevents hyper tension.
This mix is mainly targeted for vegetarian who does not
consume egg and egg products. Non vegetarian can also
prefer this mix as it has more health benefits.
II. MATERIALS AND METHODS
Ingredients used to optimize vegetable omelette mix are
INGREDIENT PROPRTION FOR 100
GRAM
MOONG DHAL 88
GRAM DHAL 8
CASHEW 2
BLACK SALT 1
WHITE PEPPER 1
METHODS: Preparation by two methods:
Frying method
Soaking method
By using three different proportions.
TABLE 1
Proportion for 100 gram
Moong dal (gram) Gram dal (gram)
95 5
90 10
85 15
2.1. Frying Method:
Moong dal and gram dal were taken in the above men-
tioned proportions and fried till the colour changes. 1gram
of black salt and 0.5 gram of white pepper were added.
Turmeric was added for color and its anti-microbial proper-
ty. Cashew nuts were added for enhancing the taste. All
these ingredients were then grinded.
2.2. Soaking Method:
Moong dal and gram dal were taken in the above men-
tioned proportions and soaked for three hours and then
dried. 1gram of black salt and 0.5 gram of white pepper
were added. Turmeric was added for color and its an-
ti-microbial property. Cashew nuts were added for enhanc-
ing the taste. All these ingredients were then grinded.
2.3 Nutritional Analysis
6 samples were tested for protein, carbohydrate, mois-
ture, fat and ash content
2.3.1. Moisture Content
Moisture content of the sample was analyzed using
DGHS manual-2005 method.
2.3.2protein
Protein content of the sample was analyzed by DGHS
manual 2005 method.
2.3.3. Carbohydrate
Carbohydrate content of the sample were analyzed by
nutritive value of indian foods nin (by calculation)
2.3.4. Fat
Fat content of the sample were analyzed by AOAC
922_06 19th
edition method.
III. RESULTS AND DISCUSSION
3.1. Sensory Analysis
Hence the samples were prepared according to the above
variables and the sensory analyses of the 6samples were
conducted according to 9 point hedonic scale rating during
various time intervals. They were assessed on the following
parameters such as color, texture, aroma, consistency and
taste. It shows that frying method gives better results when
compared to soaking method except for its colour. Figure 1
shows the comparison of soaking and frying method’s sen-
Volume IV, Issue II, February 2015 IJLTEMAS ISSN 2278 - 2540
www.ijltemas.in Page 119
sory analysis test.
3.2 Estimation of Protein
The samples were analysed for the protein con-
tent. It shows that the sample prepared by frying method has
slightly higher content of protein than that of the sample
prepared by soaking method.
3.3. Estimation of Proper Packaging Material:
The product was kept for storage in the follow-
ing material and chemical analysis of the product was carried
out once in 15 days. The following materials were used are
Retort pouch and pet bottles
The results of the physico-chemical and microbial analysis
of the product was carried out at interval months. As long as
the mix is kept in this sealed material, there will not be any
changes in nutritious value and the level of moisture will be
minimum. This packing material is suitable for longer sto-
rage of the product.
Comparison of soaking and frying method
Figure 1.sensory analysis.
Figure 2. physical and chemical analysis
(frying method)
Figure 3. physical and chemical analysis
(soaking method)
Sam-
ples/day
0th 30th 60th 90th 105th
Protein 21.69 21.63 21.59 21.55 21.53
Carbo-
hydrate
65.93 65.91 65.91 65.89 65.88
Fat 1.33 1.33 1.34 1.34 1.38
Ash 4.97 4.96 4.95 4.94 4.92
Acidity 1.56 1.54 1.53 1.52 1.55
Table1. Nutritional value (Frying method)
Sam-
ples/day
0th 30th 60th 90th 105th
Protein 21.59 21.58 21.57 21.55 21.55
carbo-
hydrate
65 64.99 64.99 64.95 64.93
Fat 1.43 1.43 1.45 1.45 1.42
Ash 4.16 4.15 4.12 4.11 4.10
Acidity 1.59 1.58 1.56 1.53 1.55
Table2. Nutritional value (Soaking method)
3.4. Microbial studies
There was no bacterial and fungal growth even
after 105 days. Due to low moisture content bacterial and
fungal growth will be delayed and product will be stired for
longer time (upto 6 months).
CONCLUSION
In this study, vegetable omelette mix was prepared by
soaking and frying method. The methods of preparation and
the parameters were optimized. The proportion of moong
120Volume IV, Issue II, February 2015 IJLTEMAS ISSN 2278 - 2540
www.ijltemas.in Page 120
dal and gram dal that gave better results was 90gram of
moong dal and 10 gram of gram dal. The frying method
sample was found to have high protein content of 21.69
gram than that of the sample prepared using soaking me-
thod, which had 21.56 gram of protein. Also, the physical
and chemical properties of the samples were tested. The
results shown for the total carbohydrate, fat, moisture and
ash content were 65.93gram, 1.33gram, 6.08gram and
4.97gram respectively. Based on the sensory analysis frying
method was proved to have better taste, appearance ,texture
and flavour than that of soaking method. The anti-microbial
activity tested using total plate count method shows that the
samples obtained using both frying and soaking method
were found to have no bacterial and fungal growth even
after a long period of time proving it to have to 105 days
shows that there is only a slight variation in the nutritional
value, thus proving it to have a high shelf life time. This
also accounts for the result of the anti-microbial tests con-
ducted showing no growth of bacteria and fungi. Hence,
due to the low moisture content of the sample, it does not
allow the growth of microbes, thus suitable for having a
long shelf life.
Compared to egg product, this has a slightly less con-
tent of protein. But the fat content in the sample is very low
when compared to the egg. Thus, proves it to be better than
the egg product.
Hence, it is evident from all the above mentioned re-
sults that frying method is better than soaking method for
the preparation of vegetable omelette mix at all levels.
ACKNOWLEDGEMENTS
My sincere acknowledgement is to Dr. Saibaba, national
agro foods, tharamani Chennai.
REFERENCES
[1] Unika D, A study on consumer behaviour towards instant food
products in Tamilnadu, International Journal of Business and
Administration Research Review, Vol.3, Issue.5, April - June,
2014.
[2] Achaya, K. T. Indian food- A historical companion. Oxford
University Press, Delhi, 1994.
[3] Achaya, K. T. Foods of the Gods. In Indian food historical
companion. Pp.28-40.
[4] Ammu, Radhakrishna K, Subramanian K, Sharma V, T.R. &
Nath H (1977) Storage behavior of freeze-driedjuice powders.
Journel Food Technol., 12, 541-53.
[5] Arya S S, Traditional foods-some recent developments. Def Sci.
J., (1984), 34, 173-82.
[6] Arya S S, Convenience foods-emerging scenario, Indian Food
Ind., (1992), 11(4), 31-41.
[7] Arya S S, Vidyasagar K, & Parihar D B, (1997) Preservation
qfchapaties. Lebensm. Wiss. Technol., 10, 208-13.-368
[8] Arya S S, Vidyasagar K, & Premavalli K S. (1989) Studies on
development, storage stability and acceptability of Insta nutro
cereal mix. DFRL, Mysore, Report No. SI-Pl-84/DFR-179.
[9] Arya, S.S.; Premavalli, K.S.; Siddhaiah, C.H. & Sharma, T.R.
Storage behaviour of freeze-dried watermelon juice powder. J.
Food Technol., 1985, 20, 351-57.
[10] Ghosh, K.G.; Krishnappa, K.G.; Srivatsava, A.N.; Eapen, K.C.
& Vijayaraghavan, P.K. Inpack processing of ready-to-eat foods
in indigenous flexible packaging materials, Part III :Studies on
newer packaging materials.
[11] Jayaraman, K.S. Development of instant foods and emerging
survival rations for Service use. Del Sci. J., 1984. 34, 161- 72.
[12] Jayaraman, K.S.; Ramanuja, M.N.; Venugopal, M.K.; Leela,
R.K. & Bhatia, B.S. Studies on preparation of intermediate
moisture pineapple. J. Food Sci.Technol., 1975, 12, 309-12.
[13] Kannur, S.B.; Premavalli, K.S.; Arya, S.S.; Parihar, D.B. &
Nath, H. Studies on flavouring compounds of chapaties
-carbonyls. J. Food.Sci. Technol., 1974, 11, 5-9
[14] .Khare, R.S. The Hindu health and home. Vikas Publishing
House Ltd., India, 1976.
[15] Khare, R.S. Culture and realisty. Indian Institute of Advanced
Study, Simla, 1976.
[16] Kodkol, S.B. Ramanathan, L.A.; Pitchamuthu, AFST (I), 10
June 1995. Hotel Ashoka, Bangalore. P. & Bhatia, B.S. Canning
of idlis. Indian Food Packer, 1973, 27(3), 17-19. 22
[17] Kodkol, S.B.; Ramanathan, L.A.; Das, S.A.; Pitchamuttu, P.;
Gopinathan, V.K. & Bhatia, B.S. Convenience mixes based on
dehydrated mutton and vegetables. Indian Food Packer 1973,
27(3), 15-16.
[18] Lothar, Leistner & Leon, G.M. Gorris. Food preservation by
hurdle technology. Trends Food Sci. Technol., 1995, 6, 41-45.
Volume IV, Issue II, February 2015 IJLTEMAS ISSN 2278 - 2540
www.ijltemas.in Page 121
[19] Mathur, V.K.; Siddhaiah, C.H.; Bhatia, B.S. & Vijayaraghavan,
P.K. Canning of conventional Indian meals for Defence re-
quirements: Indian Food Packer, 1973, 27(2), 46-51.
[20] Nagarathnamrna, Krishnamurthy & Siddappa, G.S. Canning of
rice. J. Food Sci. Technol, 1965, 2, 128-31.
[21] Pasricha, Swaran & Rebello. Common Indian recipes and their
nutritive value. Indian Council of Medical Research, Hyderabad,
1991
[22] Premavalli, K.S.; Madhura, C. V.; Mohan, M.S.; Srihari, P. &
Arya, S.S. Application of hurdle technology for tradition-
al-based cereal products.
[23] Paper presented at the symposium on Hurdle Technology Ap-
plications, 29-30 December 1997. DFRL, Mysore.
[24] Precursors ofcarbonyls in chapaties. J.Food Technol., 1976, II,
543-47.
[25] Premavalli, K.S.; Vidyasagar, K & Arya, 5.5. Studies on tradi-
tional Indian Foods-part II: Development and storage stability
of upam mix. Indian Food Packer, 1987, 39, 23-30.
[26] Premavalli,K.S. Preserved foods for mountaineering expedi-
tions. Paper presented at the symposium on Mountaineering
Food, 17 November 1996
[27] Premavalli,K .S. Cereal products-emerging scenario, 1995.
[28] Premavalli, K.S. Quality assurance of processed cereal and ce-
real products. Paper presented at the symposium on Food Qual-
ity Assessment, February 1997. UAS, Bangalore
[29] Premavalli, K.S. Present scenario oil the preservation of tradi-
tional foods. Paper presented in the symposium on Traditional
Foods, 5-6 November 1997. Food Science and Nutritional De-
partment, University of Mysore.
[30] Premavalli, K.8. & Arya, 8.8. Physical and chemical changes
during roasting of semolina. J. Food Technol., 1983, 18,
469-79.
[31] Shasrabuddhe, Y.D. Procurement, storage and distribution of
food stuff in the Armed Forces.
[32] Thakur, B.R. & Arya, 5.5. Packaging requirement and storage
stability of fried wheat snacks. I. Food Sci. Technol., 1990, 27,
76-80.
[33] Shasrabuddhe, Y.D. Procurement, storage and distribution of
food stuff in the Armed Forces.
[34] Thakur, B.R. & Arya, 5.5. Packaging requirement and storage
stability of fried wheat snacks. I. Food Sci. Technol., 1990, 27,
76-80.
.